Hirschmann Laborgeräte GmbH & Co. KG

About us

Products from Hirschmann have been used in laboratories for more than 50 years in over 100 countries around the world.

Our laboratory instruments, volumetric analysis glass instruments and precision capillaries and pumps are more than just sophisticated high-quality tools for laboratory specialists. They can be individually adapted to suit user requirements.

We develop advanced problem solutions for our customers for daily work in medical laboratories, research and applications in industry. Examples of our innovations include the market launch of the world's first solar-powered digital burette in 2001 and individual coding of volumetric measuring devices in 2009.

Hirschmann laboratory instruments have not only made a name for themselves for their capability and cutting edge technology. A whole series of products have received accolades for design, ergonomics and environmental friendliness, receiving prizes such as the iF Design Award, the reddot Award, Good Design Award an German Design Award.

An universal product family is available with a selection of different motors, pump heads, varying housing protection classes and intelligent control of delivery volumes, covering a broad spectrum of application areas in the lab or industry.

A variety of 30 to 100 Watt class motors ensure precise delivery in speed ranges from 0.2 to 3,100 revolutions per minute. RFID technology is used to detect the pump head and tubes.

News & Innovations

Looking for repeatable dispensing results between users? Introducing the opus ® semi-automatic dispenser and titrator A revolutionary dispenser with a reagent recirculation system for motorized dispensing, directly from the reagent bottle. An intelligent unit concept makes opus ® a ...| » Further reading

solarus ® Advanced energy concept, precision results solarus ® sets standards as the world’s first digital burette with an integrated solar cell. The power supply for the electronics and display is derived exclusively from an integrated solar cell. Batteries can be completely d...| » Further reading